Types of Metal Fabrication

Without the mastery of metal fabricators, we would be without numerous items that keep our lives running easily. Some regular items produced using solid metals incorporate tables and seats, hand devices, car parts,  nuts and bolts,  pipes, structural elements for buildings, and other equipment. 

Metal fabrication involves the cutting and shaping of metal, which will soon be gathered and shaped into a product. This includes plate metal, formed and expanded metal, hardware, fittings, sectional metal, welding wire, and so many more. Read on to learn more about this fascinating metal fabrication process.

How does metal fabrication work?

Our homes and our work environments couldn't work without the obedient fab shop. Fab shops are particular metal fabricators. Contractors and manufacturers frequently contact fab shops to pitch unique tasks. In the wake of offering for occupations dependent on definite drawings, an agreement is granted to the metal fabricator. Plans are made, measurements and particulars are explained, and computations are  finalized. 

Obviously, the sort of metal utilized is quite possibly the main choice to settle. Numerous shops will actually want to work with aluminum, copper, iron, silver, steel, treated steel, magnesium, and then some. A few shops specialize in a specific kind of custom metal fabrication process

Types of metal fabrication processes

The following are different types of custom metal fabrication processes that occur after the initial stages of project planning:


A sheet of metal is parted into more modest areas by sawing, laser cutting, waterjet cutting, or plasma cutting. These errands can be performed by CNC or power devices. Cutting is often the initial phase in a creation project. It doesn't generally need to be a sheet of metal; now and then pre-formed metals like bars can be cut.

Die cutting is a process that uses a die to cut material. Rotary die cutting employs a cylindrical die attached to a rotary press, flatbed die cutting uses a press to cut shapes out of thicker metals, and digital die cutting involves computer controlled lasers and blades.


Casting is the process by which molten metal is poured into a die to cool and harden over time to create a product. This is useful when you need various indistinguishable parts, for example, plumbing spouts, brass nuts and bolts,or aluminum mounting plates. It is additionally a cash saver since it quickly tracks a progression of cycles that may be utilized to make a similar part (for example cutting, collapsing, stepping).

A lasting mold casting is produced using a steel or cast iron. The molten metal is poured, cooled, and eliminated. A sand casting will split away to uncover the part made. During die casting, metal is poured into a die and is compelled to keep a shape through applied pressing factor.


How are products such as car ramps and architectural brackets made? Thank welding, which involves bringing two metal parts together. This is accomplished through a combination of heat and pressure. There are four primary welding processes, they are Shielded Metal Arc Welding (SMAW),  Gas Metal Arc Welding (GMAW), Gas Tungsten Arc Welding (GTAW) and  Flux-Cored Arc Welding (FCAW).

Stamping and Punching

Stamping uses a press to make spaces and raises metal to make explicit shapes. This is the manner by which coins are made. Punching utilizes a press to make holes in metal by putting the metal between a punch and a die. Holes are essential for such things as attaching hooks. Blanking is the point at which a specific punch deals with a sheet to make various parts immediately the metal punched out is the eventual outcome.


This is a complicated process intended to twist metal at various angles and normally includes a brake press to shape a sheet. Products such as shelf brackets or computer equipment are produced via this strategy.


Straight upper and lower cutting blades, or a punch and die, are used to make a long cut and split sheet metal into two portions.


To eliminate material from a piece of metal and shape it to your particulars, machining is utilized. Drilling will form holes, turning utilizes a machine to pivot a piece and make a round and hollow shape, and processing utilizes a multi-point tool that will move against the metal to cut off undesirable material. These are done physically or through CNC hardware.

For more information about custom metal fabrication processes, reach out to us today!